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Nanomedicine Kills Brain Cancer Cells

destinyland writes "Scientists from the University of Chicago and the US Department of Energy have developed the first nanoparticles that seek out and destroy GMB brain cancer cells. Nanoparticles killed up to 80% of the brain cancer cells after just five minutes of exposure to white light, showing the promise of nanomedicine — highly-specific intervention at the molecular scale. Because nanomedicine could repair brain cells or damaged nerve and muscle tissue, the NIH has established eight Nanomedicine Development Centers around the country for their Nanomedicine Roadmap Initiative. Researchers have also used gold nanospheres to search out and 'cook' skin cancer cells with light — 'It's basically like putting a cancer cell in hot water and boiling it to death,' says one researcher. And the NIH Roadmap ultimately predicts 'novel tiny sensors ... that search for, and destroy, infectious agents.'"

6 of 99 comments (clear)

  1. Re:Exploit by wizardforce · · Score: 5, Insightful

    Why bother with using advanced technology like this when the school system already does that? :)

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    Sigs are too short to say anything truly profound so read the above post instead.
  2. Don't expect too much from this treatment by Michael+G.+Kaplan · · Score: 3, Insightful

    The article states that "cultured human GMB cells" were "killed up to 80 percent... after 5 minutes of exposure to focused white light".

    How exactly are you going to expose a malignant tumor that has diffusely infiltrated the parenchyma of the brain to focused white light? You can't surgically resect a GBM unless you are willing to remove an entire cerebral hemisphere. If you scooped out part of it and exposed the remaining cavity to white light you would barely effect any of the remaining tumor.

    Now if brain tumors only occurred in petri dishes then this treatment would result in a brief remission.

    1. Re:Don't expect too much from this treatment by elashish14 · · Score: 3, Insightful

      Any number of possible solutions. Nanolasers; fiber optics; or they could use x-ray absorbing particles under the surface of the skull which can penetrate soft tissue.

      The research as stated in the article isn't exactly meant to be implemented as is for surgical procedures. It has to be engineered in some way that can be used in actual surgical/therapeutic environments. The REAL STORY is that it's possible using a very simple and effective technique. No one said that it was going to be implemented exactly this way.

      So I actually believe al contrare that there is much to be expected from this treatment.

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  3. Just great... by fahrbot-bot · · Score: 5, Insightful

    ... that seek out and destroy GMB brain cancer cells ...

    Wish they had things like this when my wife was diagnosed with a glioblastoma multiforme four years ago. One afternoon, six weeks after diagnosis, she said she was sleepy. We said "I love you" and shared a kiss before she fell asleep. Later that afternoon, swelling around the tumor herniated her brain stem. She never woke up and died in my arms one week later. Twenty years together. I miss her every day and I don't think I'll ever recover.

    Love the people in your life like there's no tomorrow. (We were lucky.)

    P.S. For you Googlers, the more common abbreviation is GBM.

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    It must have been something you assimilated. . . .
  4. Re:Exploit by gzipped_tar · · Score: 3, Insightful

    This is so true it's not funny.

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    Colorless green Cthulhu waits dreaming furiously.
  5. you can't know ahead of time by ChipMonk · · Score: 4, Insightful

    If there's one thing I've learned in my life, it's that no one can predict one's reaction to mortality, whether one's own or someone else's. Some can pick up and go on, others can't, and there's no way to tell who is wired which way, until the reality hits.

    Hopefully, you can come to understand this before you need others to understand this of you.